PPG NEXEON™ 810

Boost vessel performance and emission savings with PPG NEXEON™ 810

Unique copper-free technology: 100% pure hydrolyzing technology for ultimate fouling resistance.

An innovative, copper-free antifouling with photodegradable biocides reduces greenhouse gas emissions by up to 25% and provides 60 days of idle time resistance. Read our brochure to discover all the benefits of PPG NEXEON™ 810.

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Emission savings: Smooth surface reduces friction and cuts GHG emissions by up to 25%*

Experience advanced marine fouling protection with PPG NEXEON 810. This copper-free antifouling solution combines top-tier performance, sustainability, and aesthetics, reducing greenhouse gas emissions by up to 25% all while maintaining excellent color retention*.

Unique copper-free technology: 100% pure hydrolyzing technology for minimal erosion and consistent performance.
Emission savings: Smooth surface reduces friction and cuts emissions by up to 25%*
CII compliance: Maintains higher speeds while staying CII compliant, improving speed by +0.5 knots.
Suitable for electrostatic application: Precise and efficient paint application reducing overspray and waste and providing a cleaner operation and improved work environment for applicators.**

Functional photodegradation of organic biocides

Purposefully designed to exhibit functional photodegradability, PPG NEXEON 810 enables the gradual release and operation of organic biocides in close proximity to the surface. Upon entering the water, the combined effects of sunlight and ocean bacteria kickstart the breakdown of these organic biocides.

Photodegradable biocides: Gradual release of biocides for effective antifouling.
Reduced biocide content: Optimal performance with focus on sustainability.
Exceptionally smooth surface: Contributes to reduced fuel consumption and emission savings.
Superior aesthetics: Outstanding color retention ensures a premium look throughout the vessel's life.

Photodegradation of organic biocides

*Compared to traditional antifoulings. Actual results are dependent on ship type, vessel-specific utilization and operation.

**Compared to airless spraying.